Research Initiatives
Adaptive Network Systems
Real-time algorithms for multi-sensor data fusion and cascade-aware decision making. Validated across defence sensor networks, infrastructure monitoring, and distributed embedded systems.
Industrial Control Algorithms
A frequency-split adaptive matrix control method replacing conventional PID for variable-speed drive systems. IEC 61508 compliant. Licensable claims spanning twenty-one industries including HVAC, robotics, and power electronics.
Computational Biology
Mathematical frameworks for biological network dynamics using percolation cascade theory. Validated against clinical gene expression datasets targeting immune cascade prediction, cytokine storm timing, and disease bifurcation analysis.
Fluid Dynamics & Prediction
Percolation-based models for turbulent flow characterisation and environmental event prediction. Applied to wildfire propagation forecasting and fluid instability detection in complex systems.
Foundational Physics
A unified mathematical framework bridging quantum mechanics and general relativity through network percolation primitives. Yields falsifiable predictions testable via near-field interferometry.
Distributed Systems
Infrastructure-free peer-to-peer synchronisation algorithms enabling direct device-to-device state sharing without cloud intermediaries. Applications in secure file transfer, real-time collaboration, and edge computing.
Embedded Systems & Compiler Design
A domain-specific language and compiler toolchain for bare-metal embedded systems, addressing undefined behaviour in volatile hardware environments with deterministic fence inference.